A Mathematical Model and CD4+ Lymphocyte Dynamics in HIV Infection

Comparison of three Kinetic Models of HIV-1 Infection: Implications for Optimization of Treatment

“…Clair et al, 1991). Common to many kinetic models (Philips, 1996), a constant non-specific immune response against infected cells is included in this model although HIV-specific immune responses such as cytotoxic T lymphocytes have been included in some studies (Hraba & Dolezal, 1995;Stafford et al, 2000). Infected cells die at a constant per cell rate of m L or m P .…”

Computational Control of an HIV Model

“…We follow the model of lymphocyte dynamics proposed in (Hraba and Doležal, 1994) and extended in (Hraba and Doležal, 1996). For clarity of presentation, the simpler form of the model from (Hraba and Doležal, 1994) will be used.…”

Mathematical analysis of HIV dynamics: A new learning algorithm for genetic signal representation

“…Furthermore, most of databases are generally not interoperab integrate data handling and data become crucial to the successful systematic. In this sense, many of facing systematic biology are informa such as developing flexible and comp models, providing methods for constantly changing nomenclatures database interoperability [2,3]. Figure block diagram that describes the ov involved in the considered model.…”

“…In general, current HIV research focuses on three main objectives: (i) providing a clear and easy access to different HIV databases [1]; (ii) accelerating the process of designing efficient drugs that target the HIV virus [2]; and (iii) predicting the future behavior of different HIV parameters [3,4,5]. Since our work aims at achieving the third objective, we will discuss briefly the mathematical approaches currently used in this area.…”